提出了用导波光学方法测量交联型聚合物材料的交联温度。
Guided-wave optics method is used to determine the temperature of the crosslinking polymer films.
选择了制备固定化酶最佳的戊二醛浓度、交联温度和交联pH值。
Using chitosan as the suportant, conditions for the immobilization, such as, glutaraldehyde concentration, PH and reaction temperature, ete.
研究表明：氯铂酸催化性能与其用量、交联温度、以及PCS相对分子量有关。
Results indicate that the catalytic performance of chloroplatinic acid depends on quantity of catalyst, reaction temperature and molecular mass of PCS.
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